surf_ele.f90 File Reference

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Data Types
type	msurfelement::tsurfelement
	Structure to define surface group. More...

Modules
module	msurfelement
	This module manages surface elements in 3D It provides basic definition of surface elements (trianglar and quadrilateral) and functions for fetching its neighborhood information.

Functions/Subroutines
subroutine	msurfelement::initialize_surf (eid, etype, nsurf, surf)
	Initializer. More...
subroutine	msurfelement::finalize_surf (surf)
	Memory management subroutine. More...
subroutine	msurfelement::write_surf (file, surf)
	Write out elemental surface. More...
subroutine	msurfelement::find_surface_neighbor (surf, bktDB)
	Find neighboring surface elements. More...
integer(kind=kint) function	msurfelement::next_position (surf, cpos)
	Tracing next contact position. More...
subroutine	msurfelement::update_surface_reflen (surf, coord)
	Compute reference length of surface elements. More...
subroutine	msurfelement::update_surface_box_info (surf, currpos)
	Update info of cubic box including surface elements. More...
logical function	msurfelement::is_in_surface_box (surf, x0, exp_rate)
	Check if given point is within cubic box including surface element. More...
subroutine	msurfelement::update_surface_bucket_info (surf, bktDB)
	Update bucket info for searching surface elements. More...
subroutine	msurfelement::calc_surf_vertex_normals (surf, elem)
	Compute vertex normals for a single surface element (geometric calculation only) More...
subroutine	msurfelement::calc_all_surf_vertex_normals (surf, currpos)
	Calculate vertex normals for all surface elements (geometric calculation only) More...

Variables
integer(kind=kint), parameter	msurfelement::l_max_surface_node =20
integer(kind=kint), parameter	msurfelement::l_max_elem_node = 100
integer(kind=kint), parameter	msurfelement::l_max_elem_surf = 6
integer(kind=kint), parameter	msurfelement::n_neighbor_max_init = 8